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Revision 1.12 Jan 2006

Logitek

LLooggiitteekk EElleeccttrroonniicc SSyysstteemmss Mosaic Reference Manual

Logitek Electronic Systems, Inc. 5622 Edgemoor Drive Houston, Texas 77081 Tel 713-664-4470 Fax 713-664-4479 Email [email protected] Web www.logitekaudio.com Contents © 2005 Logitek Electronic Systems, Inc

Notice Every effort has been made to supply complete and accurate information. However, Logitek Electronic Systems, Inc. assumes no responsibility for its use, nor any infringement of patents or other rights of third parties, which would result. Worldwide rights reserved. Except for your own personal use, no part of this publication may be stored in a retrieval system, transmitted or reproduced in any way, including but not limited to photocopy, photograph, magnetic or other record, without the prior agreement and written permission of Logitek Electronic Systems, Inc. Logitek is a trademark of Logitek Electronic Systems, Inc. All other trademarks acknowledged. All specifications are subject to change without notice.

Logitek1 Introduction

Document Revisions Date Revision Author Notes May 2005 1.0 Paul Dengate First release of Mosaic manual November 2005 1.1 Paul Dengate Renamed to Mosaic Reference Manual

User Operations content now duplicated in Mosaic Operator’s Manual Updated Release Notes (Appendix A) for Mosaic v2.x software Added details of new Mosaic commands (Appendix E)

December 2005 1.11 Paul Dengate Final Release of Mosaic v2.1 updates & additions Updated Device Number details in Chapter 4 Corrections to Mosaic commands (Appendix E)

January 2006 1.12 Paul Dengate Updated Power Supply details with respect to studio noise suitability (Chapter 3) Updated mounting details for new Meter Bridge mounts (Chapter 3) Updated Default Device Numbers for Mosaic v2.11 PSU firmware (Chapter 4) Removed MLX-EQ module pending re-design (Chapter 5) Updates for Mosaic v2.11 firmware notes (Appendix A) Corrections to Mosaic commands (Appendix E) Typo corrections

Logitek Mosaic Reference Manual 1


Contents 1 Introduction ........................................................................................................................... 4

About this Manual............................................................................................................... 4 About Mosaic...................................................................................................................... 5 System Requirements.......................................................................................................... 6

2 Unpacking .............................................................................................................................. 8 Parts List ............................................................................................................................. 8 Unpacking .......................................................................................................................... 8

3 Physical Installation ............................................................................................................... 9 Power Supply Unit .............................................................................................................. 9 Mosaic Frames .................................................................................................................... 9 Mosaic Cutouts ................................................................................................................. 10 Meter Bridges ................................................................................................................... 12 Connections...................................................................................................................... 13

4 Configuration........................................................................................................................ 16 COM Port Configuration ................................................................................................... 16 Audio Engine Configuration............................................................................................... 16 CommandBuilder Triggers................................................................................................. 16 Device & Bus Addressing .................................................................................................. 17

5 Operation ............................................................................................................................. 20 Mosaic Fader Modules ...................................................................................................... 21 Mosaic Control Modules ................................................................................................... 25

6 Maintenance......................................................................................................................... 30 Warranty .......................................................................................................................... 30 Firmware Updates............................................................................................................. 30 Component Replacement ................................................................................................. 32

Appendix A Release Notes....................................................................................................... 34 What’s New...................................................................................................................... 34 Upgrade Strategies ............................................................................................................ 35 Current Versions ............................................................................................................... 35 Version History ................................................................................................................. 36 Known Issues .................................................................................................................... 38

Appendix B Specifications ....................................................................................................... 39 Mosaic Frames .................................................................................................................. 39 Mosaic Modules................................................................................................................ 39 Meter Bridges ................................................................................................................... 40 Mosaic Power Supply........................................................................................................ 40

Appendix C Pinouts ................................................................................................................. 41 To Audio Engine ............................................................................................................... 41 GPIs.................................................................................................................................. 41 To Surface ........................................................................................................................ 42

Appendix D Spares Kit ............................................................................................................. 43



Contents ...........................................................................................................................43 Appendix E Additional Protocol Commands ..........................................................................44

Mosaic Busses ...................................................................................................................44 Mosaic Feature Commands ...............................................................................................46



1 Introduction About this Manual This manual describes the installation and operation of the Logitek Mosaic control surface.

Intended Audience This manual is aimed at Engineers responsible for installing, configuring and supporting a Logitek Console Router System with the Mosaic surface. In the context of a system installation, or to become familiar with the entire Logitek Console Router System, the reader should also reference:

Audio Engine Installation & Operation Manual AEConfig User’s Manual Supervisor User’s Manual CommandBuilder User’s Manual

The content of this manual relevant to console operators (Chapter 5) is also duplicated in the separate Mosaic Operator’s Manual. This provides announcers and operators with a brief overview of using the surface in a broadcast environment.

Manual Conventions The following conventions are used in this manual:

This text indicates a menu choice to be made, with an arrow separating a multi-level selection, eg Control Panel Users & Passwords. This can be a menu choice in a Logitek application, or within Windows.

Indicates a “see-also” section in this manual, or another Logitek manual.

The exclamation symbol signifies an important note or critical information.

This text represents a command, script block example, instruction to

be typed, or directory path.

TIP: A useful tip from our knowledge base!



About Mosaic Art meets technology in the Mosaic digital console, the latest in control surface designs from Logitek Electronic Systems. As with its namesake, the Mosaic is composed of a series of pieces (modules) to provide the highest possible flexibility in design and operation while bringing you an attractive visual centerpiece for your broadcast installations. First released in 2005, Mosaic was designed to replace the Numix series of consoles, and adds many new features, including multi-color on/off lamps, variable intensity softkey buttons, and single-button access to more functions. The Mosaic surface is based on a series of modules that can be configured to suit the user’s requirements. These modules include:

MLX-FADER Fader Module (double width) MLX-MON Monitor Module (double width) MLX-NSOFT Narrow Softkey Module (single width) MLX-WSOFT Wide Softkey Module (double width) MLX-EQ Audio Processing Module (double width) MLX-BLANK Blank Module (single width)

In addition, the Monitor Bridge is available in both wide and narrow form factor. The main frame is available in a number of different sizes to accommodate a variety of console sizes and fader numbers. The frame is designed to be sunken into a desk for permanent installation.

Figure 1 – Mosaic 12 Fader Console



System Requirements Mosaic is designed to connect to a Logitek Audio Engine running DSP version 3.x or later. Certain Mosaic functions may require a specific type or release of DSP card. Contact Logitek Electronic Systems or your reseller if you are unsure, or are adding a Mosaic surface to a pre-existing Logitek facility.

System Architecture Put simply, the Mosaic surface is just a remote control panel for the Audio Engine. Unlike traditional analog consoles, no audio passes through the Mosaic or its faders (with the exception of the cue speaker audio). The Mosaic talks to the Audio Engine using the Logitek Command Protocol, with all audio processing occurring inside the Audio Engine. The mixing, routing and processing of audio is not dependant upon PCs. However, additional functionality, such as macro buttons, scene snapshots, intercoms, delay control and software tools interface to the system using the Supervisor PC application. Whilst Supervisor is not a requirement to run a Logitek Console Router System, most systems are now sold with this PC suite, as it unlocks the true power of the Logitek system. The Mosaic surface contains many programmable buttons, which require scripting using CommandBuilder. The functionality for these buttons is then executed by Supervisor. If these buttons are performing on-air critical functions, such as delay control or studio switching, running a Dual Supervisor configuration is highly recommended.

Console SurfacesAE1 Supervisor PC

Main

Surfaces Audio Engines Supervisor PCs

Control Panels

Console SurfacesAE2

Control Panels

Fibre Audio Network

Supervisor PCBackup (optional)

Serial Comms Serial Comms TCP/IP

Software vTools

Software vTools

Software vTools

Software vTools

Surfaces are remote control panels for Audio Engine

Audio Engines process Audio and GPI control events

Supervisor executes scripts and provides gateway to IP world

Client PCs

Client PCs interact with Audio Engines via Supervisor

Software vTools

Software vTools

SerialTCP/IPFibre

Figure 2 - Logitek System Architecture



Compatibility Matrix Mosaic is designed for use with Logitek Audio Engine 3.x or later. The Mosaic retains compatibility with other surfaces for the majority of its features. Support for Mosaic specific additional features has been progressively added to other components of the system. Mosaic v2.x firmware was released in November 2005. Following is the minimum software release version/date that is required for Mosaic support. Component General Support Additional Features AE-C2 Controller Card AE-C6 Controller Card

v3.x v3.x

v3.25 Nov 2005 for extra cue/aux meters v3.63 Nov 2005 for extra cue/aux meters

SharcAttack DSP v3.x v3.60 Jun 2005 or later v3.63 Nov 2005 for extra cue/aux meters

LoneSharc DSP v3.x Contact Logitek or your reseller Supervisor 2002 / v3 v3.0 November 2005 CommandBuilder 2002 v3.0 November 2005 AEConfig 2002 v3.0 for 16 character

See Appendix A for Mosaic related release notes and version information.


Logitek2 Unpacking

2 Unpacking This section details what you should do when unpacking your newly arrived Mosaic surface.

Parts List The exact list of parts received will vary depending on your order, but should generally include:

1 x Mosaic Power Supply fitted with one PSU module, or two PSU modules (option) 1 x fully assembled Mosaic frame, containing modules as ordered 1 x wide or narrow meter bridge assembly 2 x mounting brackets for meter bridge, or optional bridge frame for additional 2 x MLX42 1 or 2 x “Telco” cables to link console to PSU (number depends on console size) 1 x RJ45-RJ45 patch cable to link PSU and Audio Engine (if in close proximity) 1 x Hex tool to allow removal of modules and faders

You will receive a parts list with the system that is specific to the modules on your order.

Unpacking Carefully unpack the cartons whilst looking for any signs of shipping damage. You may wish to save the shipping cartons until the operation of the system is verified. Report any damage to the shipping carrier immediately. Verify that the contents of each box match the packing list and report any discrepancies immediately to Logitek in writing.

Contacting Logitek In the event of a shipping problem, you can contact Logitek Electronic Systems in several ways: U.S. Mail Logitek Electronic Systems, Inc. 522 Edgemoor Drive Houston, Texas 77081 Telephone 877-231-5870 713-664-4470 (outside U.S. and Canada) Fax 713-664-4479 Email [email protected] Website www.logitekaudio.com


Logitek3 Physical Installation

3 Physical Installation The Mosaic surface is designed to be mounted in a desk cutout in a permanent studio installation. The Meter Bridge can be screwed to the desk and mounted using the supplied mounting brackets.

Power Supply Unit The Power Supply Unit is a 2-RU sized rack mount box, designed for mounting in an under-desk studio rack. If the supplied cables are not long enough to allow for convenient mounting, custom length cables are readily available. The Power Supply is suitable for mounting in a studio environment and has been designed to be silent. The modules are a low-noise type and all electronics is solid-state (no mechanical relays). The Power Supply contains one or two switch-mode supply modules, with a power indicator for each module on the front panel. Power inlet is via a single IEC connector on the rear of the Power Supply Unit. A power cable is supplied only for US installations. International customers may contact their reseller for the supply of power cables if required. As the power supplies are of switch-mode type, there is no voltage selection required.

Mosaic Frames A number of Mosaic frame sizes are available, depending on the total number of faders and control modules. Each module takes up either one or two “slots” in the frame. The Fader, Monitor, Processing and Wide Softkey modules take two slots. The Narrow Softkey and Blank Panel take up one slot. The frame will be shipped with the modules connected and fitted as ordered. These modules can be moved if desired. If moving modules, please retain the same internal COM port connections as the surface shipped with. If the COM port connections are changed, the device addressing for those modules will change.



Mosaic Cutouts The Mosaic frame should be fitted into a desk, using the cutout sizes below. The height of the cutout remains the same for each frame size – only the width varies. MLX-F10

MLX-F10Cutout

0.25

in6.

4mm

0.50in13mm

0.80

in(2

0mm

)

14.40in365mm

18.4

0in

467m

m

The MLX-F10 frame has capacity for 10 units. Suggested configurations include:

6 faders / Wide Softkey / Monitor 4 faders / Wide Softkey / EQ / Monitor 4 faders / Wide Softkey / Narrow Softkey / Blank /

Monitor The required desk cutout for the MLX-F10 is 14.4 x 18.4in / 365 x 467mm.

F

MLX-F1

0.50in13mm

10

igure 3 - MLX-F10 Cutout

7

MLX-F17Cutout

0.25

in6.

4mm

0.80

in(2

0mm

)

24.20in616mm

18.4

0in

467m

m

The MLX-F17 has capacity for 17 units. Suggested configurations include:

12 faders / Wide Softkey / Narrow Softkey / Monitor

10 faders / Wide Softkey / Narrow Softkey / EQ / Monitor

The required desk cutout for the MLX-F17 is 24.2 x 18.4in / 616 x 467mm. F t
igure 4 - MLX-F17 Cutou
Logitek Mosaic Reference Manual


MLX-F24

MLX-F32

The MLX-F24 has capacity for 24 units. Suggested configurations include:

MLX-F24Cutout

0.25

in6.

4mm

0.50in13mm

0.80

in(2

0mm

)

34.00in864mm

18.4

0in

467m

m

Figure 5 - MLX-F24 Cutout

18 faders / Wide Softkey / EQ / Monitor 18 faders / Wide Softkey / Narrow Softkey / Blank / Monitor

The required desk cutout for the MLX-F24 is 34.0 x 18.4in / 864 x 467mm.

MLX-F32Cutout

0.25

in6.

4mm

0.50in13mm

0.80

in(2

0mm

)

45.20in1148mm

18.4

0in

467m

m

t

The MLX-F32 has capacity for 32

24 faders / Wide Softkey The required desk cutout for the

Logitek Mosaic Reference Manual

Figure 6 - MLX-F32 Cutou

units. Suggested configurations include:

/ 2 x Narrow Softkey / Processing / Monitor

MLX-F32 is 45.2.0 x 18.4in / 1148 x 467mm.

11


Meter Bridges Two sizes of Meter Bridge are available. The Wide Bridge includes one high-resolution program meter, and 6 color LCD screens for text, clocks and other meters. The Narrow Bridge also includes the high-resolution meter, with two color LCD screens. In addition, a special version of the Wide Bridge is available with space for two horizontal Narrow Softkey modules, providing additional programmable softkey buttons.

Mounting Narrow & Wide Bridges supplied in 2005 have a flange at the bottom of each foot to allow

the assembly to be screwed into the furniture. Systems supplied in 2006 and beyond will have mounting brackets that bolt directly to the

rear of the console frame, removing the need for separate mounting holes in the furniture. The Wide Bridge with Button Riser still requires mounting to the studio furniture.

Narrow Bridge 13” W x 3.8” H x 2.6” D (330 mm x 97 mm x 66 mm) The standard mounting adds 2.4” (61 mm) to the height

Wide Bridge 23.6” W x 3.8” H x 2.6” D (599 mm x 97 mm x 66 mm) The standard mounting adds 2.4” (61 mm) to the height

Wide Bridge with Button Riser 23.6” W x 3.8” H x 2.6” D (599 mm x 97 mm x 66 mm) The 2 module slot riser adds 4.8” (122 mm) to the height

Figure 7 - Mosaic Wide Bridge with button riser



Connections The Mosaic Power Supply Unit contains the control and GPI circuitry for the console. It connects to the Logitek Audio Engine via a serial link. The Power Supply Unit connects to the Surface using one or two 25-pair “Telco” cables. These cables carry the communication between each module and the Power Supply Unit.

Figure 8 - Mosaic Connection Diagram

Surface to PSU For the MLX-F10 and MLX-F17 frames, a single 25-pair Telco cable connects Power Supply Unit to the Surface. For the MLX-F24 and MLX-F32 frames, two of these cables are used. The required cables will be supplied with your Mosaic. The length of these Standard cables is 10’ (3m). If the supplied cables are not long enough, you can order Telco style cables from Logitek Electronic Systems or a local supplier. The connectors are standard Telco style 50-pin Centronics Male plugs, wired straight through (all pairs connected). Alternative wiring schemes may reverse or drop pairs, so please ensure you specify straight through wiring if purchasing custom-made cables.

See Appendix B for connector pinouts.



Surface to Meter Bridge The Meter Bridge has a short 4-wire cable with an RJ-11 connector on the end. This is plugged into the port labeled COM12. The cable length is suitable to mount the meter bridge behind the Mosaic frame. If alternative wiring is required, this can be replaced with a custom made cable using flat telephone cable and RJ11 connectors.

Internal Module Connections Inside the frame, the one or two 25-pair connectors (depending on frame size) are broken out to individual port connections. There is generally no requirement to replace these cables, as the lengths are made to suit the position of each module.

PSU to Audio Engine The Mosaic Power Supply Unit connects to the Logitek Audio Engine using a balanced serial link. Standard CAT5 or better cabling is recommended. The cable required will depend on the type of controller card and connectors in the Audio Engine. New systems are supplied with the AE-C6 controller card, which connects using an RJ45 at the Audio Engine and Mosaic. Older Engines running the AE-C2 card (supplied in 2004 or earlier) have a DB9 connection at the Audio Engine. The Mosaic is supplied with a CAT5 patch lead, to connect the AE-C6 to the Mosaic Power Supply Unit. This lead is sufficient for testing purposes; however, the Audio Engine will normally be located away from on-air studios. You can use a dedicated CAT5 cable or existing structured cabling. If using structured cabling systems, care should be exercised to ensure the Audio Engine connections are not confused with other network outlets and that the link is not unintentionally “un-patched”.




GPIs The Mosaic Surface has 25 GPI inputs and outputs for control of local studio devices. GPI outputs are driven by optically-isolated, non-polarized, solid state switches, rated at 500ma at 50V AC/DC, with surge to 2A. These solid state devices do not conduct at low voltage, so cannot switch an audio input. However, they are suitable for most control signals, and avoid problems with relay contacts being damaged by surges. Caution should be exercised to avoid overloading the switches. If driving a high current device, we recommend driving an external relay or switch. The GPI inputs are a current source to +5VDC that is pulled to ground to activate. This makes it suitable for control by push-button, relay or open collector. A diode protects against static and over voltage. See the wiring diagram for polarity information if using non-standard activation methods. GPI connectors are on Telco style 50-pin Centronics. As wiring schemes vary from station to station, these cables are not supplied with the surface, but are available from Logitek Electronic Systems. They can also be purchased from local suppliers in the required form. Wiring is straight-through style, with Pair 1 corresponding to GPI #1 and so on. A male AMP style 50-pin connector is required to connect to the Mosaic Power Supply Unit. We suggest ordering a single-ended cable with tails for punch-down to Krone style block or similar. There is one connector for GPI inputs and another for GPI outputs.



Logitek4 Configuration

4 Configuration This chapter covers basic configuration information, relating specifically to the Mosaic surface. Audio Engine setup and configuration is covered in detail in the following manuals:

Logitek Audio Engine User’s Manual Logitek AEConfig User’s Manual

COM Port Configuration The Mosaic contains 12 COM ports per 25-pair connector from the Power Supply Unit. These ports are internally mounted to connect to each module, with one external COM port to connect to the Meter Bridge. By default, the Device Address to Com Port map is set inside the Mosaic Power Supply Unit firmware, and will suit most installations. The defaults are shown on the following page. Mosaic v2 adds the ability to change the Com Port mapping, using hex commands sent from Supervisor. These are stored in the power supply’s non-volatile RAM, so don’t need to be sent each power up.

See Appendix E for Mosaic configuration commands.

Audio Engine Configuration Configuration of the Audio Engine is done in AEConfig. Currently, there are no specific features that are set by AEConfig – configuration is as per other Logitek Surfaces. Currently, AEConfig does not include specific DSP table entries for the Mosaic. You should use a Numix surface of the next nearest size when configuring a Mosaic. In the future, specific Mosaic support will be added to AEConfig, however, the two consoles are compatible in DSP allocations.

See the AEConfig User’s Manual for information on configuring Audio Engines.

CommandBuilder Triggers The Mosaic surface contains many programmable buttons and features. These features are scripted in “triggers” in CommandBuilder, and executed by Supervisor.

See the CommandBuilder User’s Manual for information on writing Triggers. The CommandBuilder manual includes details and examples of Mosaic specific features, such as Monitor Hotkeys, Colored On/Off Lamps, Multi-brightness lamps and more. The programming of these features does require a certain level of familiarity with the system. If you need assistance, please contact Logitek Electronic Systems or your reseller.



Device & Bus Addressing Each device (such as a fader input or button panel) requires its own Device Number. Within that device, each button, lamp and feature has a Bus Number. Together, the Device and Bus Numbers allow the Audio Engine and Surface to communicate. When configuring the Mosaic’s programmable buttons in CommandBuilder, you will require the Device Number and Bus Number for each button or lamp. The information below will help you determine the addressing scheme in use on your Mosaic. As the layout of the Mosaic is extremely flexible, the addressing will vary and is usually unique to your station. Please note that addressing is configurable, and any defaults listed may have been overridden.

Modules Module How Addressing is determined Max Modules Supported MLX-MON Uses the standard Monitor, Headphones, Guest/Studio, Cue Gain, External Cue

Gain & TB Return addressing 2 *

MLX-WSOFT Uses chan29 (lamps) and chan30 (switches) 2 * MLX-NSOFT Device Pair determined by COM port allocation (configurable)

Low device = lamps, High device = switches Limited by available ports

MLX-FADER Device Pair determined by COM port allocation (configurable) Low device = left fader, High device = right fader

12 modules (24 faders) subject to available ports

MLX-WBRIDGE MLX-NBRIDGE

Uses chan33 for Left LCD screens and chan34 for Right LCD screens Should be connected to Port 12 on underside of Mosaic, or Port 17 for 2nd bridge

2 *

* Support for replication between dual Monitor, Wide Softkey or Bridge modules is scheduled for addition to Mosaic v2.2 software in 2006.

Device Numbers In Mosaic v1.x the Device Number of a module is determined by its firmware and position. In some cases, non-default port mapping was hard-coded into the ROM to suit user requirements. In Mosaic v2.0 and above (from November 2005), the Device Number allocated to COM ports is user configurable. An international set of default mappings is installed in the ROM, but this map is adjustable using ASM commands in your Init Trigger. When using Device addressing, we recommend you use the SURF# CHAN# notation in CommandBuilder. This provides more flexibility for future changes, and allows you to relocate the surface or re-use the code on another port by finding and replacing the SURF# instances. Shown below is the hex equivalent of the channels of a Surface connected to Audio Engine Port 1.



Default Device Numbers Following is the default Device COM Port map that ships with Mosaic v2.x. These defaults are designed to suit most standard consoles, up to 24 faders. In some cases it may be necessary to override the default mapping to support non-standard requirements. Port Connector Standard Module Alternative Channel (dec) Port 1 Device (hex) 1 A 1 Fader 1/2 1 & 2 OB & OC 2 A 2 Fader 3/4 3 & 4 OD & OE 3 A 3 Fader 5/6 5 & 6 OF & 10 4 A 4 Fader 7/8 7 & 8 11 & 12 5 A 5 Fader 9/10 9 & 10 13 & 14 6 A 6 Fader 11/12 11 & 12 15 & 16 7 A 7 Wide Softkey A 29 & 30 27 & 28 8 A 8 Fader 13/14 Narrow Softkey 1 13 & 14 17 & 18 9 A 9 Monitor Module A 25;26;27;31;32 23;24;25;29;2A 10 A 10 Fader 15/16 Narrow Softkey 2 15 & 16 19 & 1A 11 A 11 (under) External Softkey Narrow Softkey 3 17 & 18 1B & 1C 12 A 12 (under) Meter Bridge A 33 – 40 2B – 32 13 B 1 Fader 17/18 Narrow Softkey 4 17 & 18 1B & 1C 14 B 2 Fader 19/20 Narrow Softkey 5 19 & 20 1D & 1E 15 B 3 Fader 21/22 Narrow Softkey 6 21 & 22 1F & 20 16 B 4 Fader 23/24 Narrow Softkey 7 23 & 24 21 & 22 17 B 5 Spare No default set No default set 18 B 6 Spare No default set No default set 19 B 7 Wide Softkey B 29 & 30 27 & 28 20 B 8 Spare No default set No default set 21 B 9 Monitor Module B 25;26;27;31;32 23;24;25;29;2A 22 B 10 Spare No default set No default set 23 B 11 (under) Meter Bridge B 33 – 40 2B – 32

Dual Controls / Split Consoles The default Device Number map above has been designed to support split consoles operating in a “Dual Control” mode. However, as of Mosaic v2.1, replication of commands between modules is not current supported. This feature is planned for future implementation. In a Dual Control environment, the Mosaic PSU would connect to the two surface frames via the “Surface A” and “Surface B” connectors. Up to 16 faders could be supported on each surface, with mirrored Monitor Module, Wide Softkey and Meter Bridges in each.



Bus Numbers

The MLX-NSOFT module can also be mounted horizontally in the Wide Meter Bridge Button Riser. In this case the bus addresses do not change, but if the small Softkeys are on the left, the bus numbers run from right to left. There is nothing to stop the user from mounting the MLX-NSOFT module the other way, with the small softkey panel on the right hand side.

MLNSO

X-FT

32

33

34

35

36

37

38

39

40

41

42

43

44 4546 4748 49

MLX-

NSOFT323334353637383940414243

4445

4647

4849

Timer ButtonsUse AE effect command to control

Scene ButtonsBUS32 to 43

TAKE (BUS29) CANCEL (BUS30) SELECT (BUS31)

Screen Text ButtonsBUS79 to 84

Misc Buttons BUS85 to 87

Softkey ButtonsBUS88 to 99

Guest TB/Follow Mon BUS2 & 15

Guest Hotkeys BUS16 & 17

H/P & Mon Hotkeys BUS16 to 17

MLX-MONMLX-WSOFT

TB In Mute BUS3

16 17

16171819

20

16171819

20

15

152

3

ch25

ch32

ch26ch27

2 19

32 3334 3536 37

38 3940 41

42 43

30 29 31

798081

828384

85 86 87

88 8990 9192 93 949596 97 9899

ButtonsBUS32 to 43

H/P & Mon Features See Right

Softkey Buttons BUS44 to 49


Logitek5 Operation

5 Operation At first glance, your Logitek Mosaic may appear a little daunting. But if you’ve had experience with broadcast consoles before, you’ll soon be at home, finding your way around quite easily. Logitek Electronic Systems has been manufacturing broadcast consoles for decades, so we understand how to make control surfaces that are both powerful and straightforward. During the design of the Mosaic, customers and operators provided feedback that helped shape the final product. So we’re confident you’ll find the Mosaic a joy to use on-air. As much of the Mosaic is user-programmable, the specifics of how you use softkey functions will depend on your existing configuration. Following is a look at each of the modules, and how the standard functions are used.

MUTE

TAKE

TAKE

FollowMon

LAST

GUEST/STUDIO CUE

SELECT

Program Aux2StudioA StudioA

Headphones Monitor

WKRP AIR WKRP AIR

SELECT SELECT

MonitorFollow

Guest

StudioAAux1

DIM

MUTE

MONO

MLX-MON

MONITORHEADPHONE

FollowMon

SPLIT

MONO

LAST

TB

GAIN TB IN

EXT CUE

TAKELAST

Aux7

10

5

0

5

10

20

30

405060

10

5

0

5

10

20

30

405060

10

5

0

5

10

20

30

405060

10

5

0

5

10

20

30

405060

10

5

0

5

10

20

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405060

10

5

0

5

10

20

30

405060

10

5

0

5

10

20

30

405060

10

5

0

5

10

20

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405060

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5

0

5

10

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405060

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0

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405060

CNG CNG CNG CNG CNG CNGCNG CNG CNG CNG CNG CNGTAKE TAKE TAKE TAKE TAKE TAKETAKE TAKE TAKE TAKE TAKE TAKE

CUE CUE CUE CUE CUE CUECUE CUE CUE CUE CUE CUETB TB TB TB TB TBTB TB TB TB TB TB

OFF OFF OFF OFF OFF OFFOFF OFF OFF OFF OFF OFF

ON ON ON ON ON ONON ON ON ON ON ON

FUNCTION FUNCTION FUNCTION FUNCTION FUNCTION FUNCTION

MLX-WSOFT

FUNCTION FUNCTION FUNCTION FUNCTION FUNCTION FUNCTION

Ax2 Ax2 Ax2 Ax2 Ax2 Ax2Ax2 Ax2 Ax2 Ax2 Ax2 Ax2




PGM PGM PGM PGM PGM PGMPGM PGM PGM PGM PGM PGM

IN IN IN IN IN ININ IN IN IN IN IN

SELECT SELECT SELECT SELECT SELECT SELECTSELECT SELECT SELECT SELECT SELECT SELECT

Phone1 ISDN3 Program HD1 HD3Phone2 Phone2 Program HD2 HD4 CDStudioA TOC News StudioA StudioA StudioAStudioA StudioC StudioC StudioA StudioA StudioA

Traffic CityHall

Mono-Mode Mono-Mode Stereo-Mode Stereo-Mode Stereo-Mode Stereo-ModeMono-Mode Mono-Mode Stereo-Mode Stereo-Mode Stereo-Mode Stereo-Mode

5 7 9 11 13 156 8 10 12 14 16

-3- Trim -1- Trim +0- Trim +0- Trim +0- Trim +0- Trim+6- Trim +0- Trim +0- Trim +0- Trim +0- Trim +0- TrimEQIN EQIN EQINDYNIN DYNINDYNIN DYNIN

StudioAPhone1 TOCISDN3 StudioA Minidisk StudioAHD1 StudioA HD3 StudioA IReplayStudioAPhone2 StudioAAudiovox TOCSA T 1 StudioA HD2 StudioA HD4 StudioA CD

CANCEL TAKE SELECT

TIMER

Down

Reset

AUTO

RUN

0

7 8 9

4 5 6

1 2 3

FCN

MLX-NSOFT

MLX

-NS

OFT

MLX

-NS

OFT

MLX-FADERMLX-FADERMLX-FADERMLX-FADERMLX-FADERMLX-FADER

StAmix- StAmix- StAmix- StAmix-

Shortcut

PromoAdsMusic1 Music2

READYPENDING

MinidiskInput

StudioAAux2

CassetteInput

StudioAProgram

HardDiskInput

StudioAAux1

CallerAudio

StudioAMicMix

Monitor1145

13AM

Logitek Mosaic

00 03CD 1

7.0Delay ON

WKRP Cincinatti�Studio A (StA)��SCENE: #1�Default

TX-A: Studio A PST�TX-B: Studio A PST�EXCH: TX-A�ISDN: Studio A PGM

Figure 9 - Mosaic 12 fader, Wide Softkey, Narrow Softkey, Monitor & Wide Bridge Button Riser


Logitek5 Operation

Mosaic Fader Modules MLX-FADER (Fader Module) – International (non-UK) Layout

OFFOFF

ONON

TB CUE

30

5060

40

5

20

10

5

0

10

5

30

5060

40

20

10

0

10

5

PGM

IN

SEL

CNG

A1

A3

A2

A4

TAKE

FCN

PGM

TB CUE

IN

A1

A3

A2

A4

CNG

SEL

TAKE

FCN Use the SEL wheel to change the input selection. If you press the CNGbutton first, or make a selection with the FCN wheel, the SEL wheel will cycle through the options for that function.

The CNG button provides access to the function selections, shown on the screen and will automatically illuminate when a change is in progress via the function/select wheels. Pressing the CNG button while it is active will cancel any changes in progress. The TAKE button accepts an input change to the fader and provides access to the extra menus for EQ and Dynamics.

Pressing A1, A2, A3 or A4 will assign/deassign the fader to that AUX bus.

Pressing PGM will assign/deassign the fader to the main Program bus.Pressing IN will toggle the fader source between the last two used inputs. This button can also be configured to select a default input for that fader.

If the source has a return mix-minus, pressing TB sends the announcer mto that source. Press the button momentarily to lock on, or hold it downfor push to talk. Press the

ic

l

ion. ation

CUE button to hear the input on the internacue (PFL) bus. Press again to turn CUE off for that fader. The cue bus may be pre or post-fader depending on your Engine and Input configurat“Click down” Cue @ Infinity can be enabled in your Engine configurto automatically select cue when the fader is all the way down.

See the following page for information on the Mosaic fader screen.

Moving the FADER up or down will increase or decrease respectively the level of the assigned source. Fader range is from infinity to +10dB.

Each fader has illuminated OFF and ON push buttons for that channel. These are used to put sources to air, in conjunction with the PGM and AUX mix busses. Both the OFF and ON buttons can have GPI remote control of sources, if configured in your Audio Engine. In some cases, the operation of AUX busses may be configured to be independent of the ON/OFF switch and/or the Fader gain setting. The color of the Mosaic ON/OFF buttons is software configurable, to allow for input designation, state change, or other effects. In Mosaic v2, the ON / OFF buttons can be configured to swap positions.

Use the FCN (function) wheel to select the various input functions, such aextra Aux busses, mode, pan, trim, EQ, dynamics and Input selection. Seethe

s

Mosaic screens section for details on each function.


Logitek5 Operation

MLX-FADER (Fader Module) – Screens The Fader Module has an LCD color screen shared between two faders. Illustrated below is the section for a single fader. The Mosaic is also supplied with vMosaic, a software tool which allows the fader screen to be replicated onto a PC screen for larger display.

Figure 12 - EQ Screen

Figure 10 - Function Screen Figure 11 - Dynamics

Screen Fader Number Faders are numbered from left to right starting at 01.

Alias / Label An Alias can be assigned to a source device and will be displayed on any fader that has that source as an input. A Label can be assigned to a specific fader or source. Both can only be a maximum of 8 characters and are displayed at the top section of the Fader Screen.

See the CommandBuilder manual for more information on Aliases and Labels.

Input Meter When a SharcAttack DSP card is fitted to the Audio Engine and is allocated to the Mosaic surface, an input meter is provided for each fader. By default this meter is pre-fader. Using recent SA-DSP firmware (March 2005 and later), this meter can be changed to post-fader by turning on BUS20 for that fader. This setting can be set in the Init Trigger or changed as required in other Triggers.

Gain Reduction Meter When a SharcAttack DSP card is fitted to the Audio Engine and is allocated to the Mosaic surface, a gain reduction meter is provided for each fader. This meter only appears when Dynamics is turned on for that fader, and shows the amount of gain reduction being applied by the compressor and limiter.


Logitek5 Operation

A5, A6, A7, A8 A5 to A8 are additional AUX mix busses. These may not be available, depending on your Audio Engine configuration. To assign or de-assign a fader to AUX5-8, use the FCN wheel to select the appropriate mix bus, and then the SEL wheel to toggle the assignment on and off.

Mode Use the FCN wheel to highlight the input mode. Then use the SEL wheel to move between the options of; MONO, PHASE, LL, RR, Lx and xR. The mode is changed as you make the selection. Press the TAKE button to accept and exit the menu. This function may not be enabled on certain inputs, depending on your Audio Engine configuration.

Pan After highlighting the PAN function, use the SEL wheel to move the balance left or right by winding the wheel anticlockwise or clockwise. The source is panned as you turn the wheel. Press the TAKE button to accept and exit the menu. This function may not be enabled on certain inputs, depending on your Audio Engine configuration

Trim After highlighting the TRIM function, use the SEL wheel to move the TRIM between -10 dB and +10 dB by turning the wheel anticlockwise or clockwise. The trim level is adjusted as you turn the wheel. Press the TAKE button to accept and exit the menu. This function is enabled on all inputs.

EQ To edit the EQ settings for an input, use the FCN wheel to select the EQ function. Use the SEL wheel to toggle between EQ in and out. Press the TAKE button to bring up the EQ settings menu. Use the FCN wheel to select a parameter, and then the SEL wheel to adjust. The parameters are: Hi F High Frequency 4,000 to 20,000 Hz Hi G High Gain -20 to +20 dB HM F High-mid Frequency 1,000 to 20,000 Hz HM G High-mid Gain -20 to +20 dB HM BW High-mid Bandwidth 10 to 4,000 Hz LM F Low-mid Frequency 30 to 8,000 Hz LM G Low-mid Gain -20 to +20 dB LM BW Low-mid Bandwidth 10 to 4,000 Hz Lo F Low frequency 30 to 1,000 Hz Lo G Low Gain -20 to +20 dB Mode In or Out Press the TAKE button again to exit the menu.


Logitek5 Operation

DYN To edit the dynamics (limiter and compressor) settings for an input, use the FCN wheel to select the DYN function. Use the SEL wheel to toggle between dynamics in and out. Press the TAKE button to bring up the dynamics settings menu. Use the FCN wheel to select a parameter, and then the SEL wheel to adjust. The parameters are: L THR Limiter Threshold -20 to +20 dB L RAT Limiter Ratio 1 to 40 L REL Limiter Release Time 10 to 1000 mSec C GAIN Compressor Gain 0 to 21 dB C THR Compressor Threshold -40 to 0 dB C RAT Compressor Ratio 1 to 40 C ATK Comp. Attack Time 5 to 68 mSec C REL Comp. Release Time 100 to 6000 mSec Mode In or Out Press the TAKE button again to exit the menu.

IN Use the IN function to select other sources that have been permitted for that fader. If only one source has been allowed for a fader, then no list will be available. Use the FCN wheel to select the IN function, then the SEL wheel to scroll through the list to find the source that you wish to route to that fader. Press the TAKE button to accept the change. Press the CNG button to cancel the change.


Logitek5 Operation

Mosaic Control Modules MLX-MON (Monitor Module)

LAST

INPUT

CUE

INPUT

LAST

GAIN

GUEST/STUDIO

TAKETAKE

FollowMon

HEADPHONES MONITOR

INPUT

IN 1

MUTE

TB IN

EXT CUE

TAKE

TB

IN 2

MONO MONO

DIMSPLIT

MUTE

IN 1 IN 1

IN 2 IN 2

IN 3 IN 3

IN 4 IN 4

IN 5 IN 5

FollowMon

LAST

Use the INPUT wheel to select the source for the Guest Headphones/Studio send. Use the GAIN knob to increase (clockwise) or decrease (anticlockwise) the level to the Guest Headphone/Studio.

Press the MUTE button to mute Talkback Return. Pressing MUTE a second time will unmute the Talkback Return. Use the CUE knob to increase (clockwise) or decrease (anticlockwise) the level going to the Mosaic’s Cue speaker, and split-cue to headphones. Press the LAST button to toggle between the current source and the last-used source. The last source is displayed above the current source. Use the TAKE button to accept a change when selecting a source. Use the TB toggle button to enable Talkback Return to the Gsend. Turning on Follow Mon function will set the Guest/Studio sto follow changes to the Monitor. The

uest/Studio ource

IN1 and IN2 buttons are programmed with “hotkey” sources, such as the PGM bus or off-air.

Use the INPUT wheel to select the source for the Monitor or Announcer Headphones. Press the LAST button, to toggle between the current source and the last-used source. Use the TAKE button to accept a change when selecting a source.

Press the MONO button to put the Monitor or Headphones into a mono mix. The SPLIT button for the Headphones will enable the Split Cue mode. When a fader is on Cue, the headphone source mixes to the left ear, and tCue bus is sent to the right ear. Turning on Follow Mon function will set the Headphones source to follow changes to the Monitor. Pressing the DIM button will turn on the Monitor Dim. Pressing the MUTE button will mute the send to the Monitor.

he

DIM and MUTE are independent of other monitor muting or dim, activated by mic mute or talkback dim.

Use the EXT CUE knob to increase (clockwise) or decrease (anticlockwise) the level of the External Cue source to the Cue bus. Use the TB IN knob to increase (clockwise) or decrease (anticlockwise) the level of the Talkback Return being sent to the cue/headphones/monitor channels.

The IN1 to IN5 buttons are programmed with “hotkey” sources, such as the PGM bus, off-air receiver, post-delay return, etc. These are programmed in CommandBuilder, and allow direct access to commonly used sources.

Turn the HEADPHONES or MONITOR gain knobs to increase (clockwise) or decrease (anticlockwise) the level going to the Headphones or Monitor sends.


Logitek5 Operation

MLX-MON (Monitor Module) – Screen The Monitor Module has an LCD color screen which displays sources for the Guest/Studio, Headphones and Monitor sends. Pictured below is the screen showing various sources.

Figure 13 - MLX-34 Screen For each input, the following information is displayed.

Current Source This is displayed in large white text, either 8 or 16 characters. In 16-character mode, the display is across two lines (this requires a 16-character version of the Audio Engine).

Last Source The last used input is displayed in small, light-blue text above the current input. The Last button is used to toggle between two sources. A series of dashes indicates there is no last source.

Gain Position The Headphones and Monitor sections of the screen contain a small bar which indicates the gain to those sends. The Guest/Studio send has a gain pot rather than an encoder, and therefore no screen display is required. In addition, gain to the guest headphones is more often set by a remote control to the headphone amplifier itself.

Source List When the Input wheel is moved, a box will appear to display the source list. Move the wheel to scroll through the list, and use the Take button to select a source input.


Logitek5 Operation

MLX-WSOFT (Wide Softkey Module)

SELECTTAKECANCEL

TIMER

AUTO

RST

DOWN

RUN

7

0

4

8

5

9

6

1 2 3

These 3 Softkeys are programmable through CommandBuilder. Possible uses include announcer mic mute, post-delay monitoring swap, or other control. The lamps in the buttons support 16 brightness levels.

The CANCEL and TAKE buttons, along with the SELECT wheel, are used to make menu or route choices in conjunction with the two screens.

The 12 diamond buttons are programmable in CommandBuilder. Their use will depend on your station’s requirements and setup. A common use for these buttons is to set console “scene” layout hotkeys. They may also be used to setup various console default settings. The lamps in the buttons support 16 brightness levels.

When the timer control is set to DOWN mode, use the numeric keypad to enter a countdown time. To enter a time, the timer must not be running, and must be in DOWN mode. Use the RST key to clear unwanted time entries.

These buttons control the timer display on the Meter Bridge.RUN is used to toggle the timer running. AUTO mode will reset the timer each time an input is turned on (where that input is not set to Timer Disable in AEConfig). RST will take the counter back to zero. DOWN will enable the number keypad to enter a countdown time.

These 12 Softkeys are programmable through CommandBuilder. A common usage is as intercom buttons. The lamps in the buttons support 16 brightness levels.

The two screens and six buttons are user programmable. A common use is to setup up to six “route select” functions for making record selections or feeding destination devices. In this case, each of the six buttons will bring up a source selection list for that device. Use the SELECT wheel to make a selection, and either TAKE to accept the source, or CANCEL to exit the menu. Examples of the menu display are shown on the following page.

Refer to the Com ons. mandBuilder manual for information on programming functi


Logitek5 Operation

MLX-WSOFT (Wide Softkey Module) – Screens The Wide Softkey Module has two LCD color screens, which are used to display user-defined text. Pictured below are the screens showing the Route Select function, which is programmed with the CommandBuilder scripting application.

Pictured are the screens showing the normal operation of the Route Select mode. The text next to each button shows the currently routed source for that particular destination.

It is possible to use only one screen for Route Selections, and another for showing other text or menu selections.

F

F

2

igure 14 - Route Selectnormal

To change a Route Select, press the button for the destination you wish to change. The lamp will light, and a list of sources will be displayed on the top screen. Use the SELECT wheel to make a selection, and TAKE to accept the choice. Use CANCEL to exit the menu without making a change. When a route is made, the source name will be displayed next to the button. To use the Route Select function, you will need to setup the appropriate outputs and allowed sources in AEConfig. You will then need Route Select Triggers programmed in CommandBuilder. The CommandBuilder manual includes examples of how to write these Triggers.
igure 15 - Route Selectchoice list

Logitek5 Operation

MLX-NSOFT (Narrow Softkey Module) This module is totally configurable and has no default operation. It is programmed using Triggers in CommandBuilder. Refer to the CommandBuilder manual for more information on programming Triggers for these buttons.

These 12 keys are programmable through CommandBuilder. Possible uses include delay control (on, off, dump), remote record start/stop & tally, quick record, and other miscellaneous control functions. The lamps in the

support 16 brightness levels. buttons

These 6 Softkeys are programmable through CommandBuilder. Possible clude additional intercom buttons (eg for outside souses in urces,

orderwire lines, etc), or to show status information from external GPIs (eg program fail). The lamps in the buttons support 16 brightness levels.


Logitek6 Maintenance

6 MaiThe Mosaic console is no at can be performed by suitably qualified te

Warranty Logitek Electronic Systems will honor the warranty of the system when conducting field maintenanc

Repairs or updates only relate to recommended and documented procedures Care is taken and procedures are followed Repairs are conducted by suitably trained or experienced service personnel

If you do not feel comfortable performing maintenance or repairs, please do not proceed. If you would like advice prior to attempting a repair, please contact Logitek Electronic Systems or your reseller.

Each module str ems or your value-added res fix bugs. A list of fir dix A. Each module type has specific firmware that only runs on that module. When fitting updated firmware ROMs, take care to use the correct chip for that module. Firmware chips are labeled with the module code, version and date. A PLCC extractor tool is recommended for removing ROMs. Due to the physical layout of the Mosaic modules, you may only be able to extract the ROM from one side at a time (depending on the size/profile of the extractor tool). Take care to not bend the pins of the chip when removing it.

ntenance uses multi-layer boards with surface mount technology. As such, the majority of the t user-serviceable. However, there are some basic tasks th

chnical personnel.

e, provided:

Firmware Updates ip has a firmware chip that is field upgradeable. Logitek Electronic Systeller may from time-to-time supply firmware updates to add new features ormware versions is contained in Appen

Figure 17 - Fader Module underside Figure 16 - Wide Softkey Module underside

Figure 19 - Monitor Module underside

Figure 18 - Narrow Softkey Module underside



Tools Required Hex/Allen Key –1/16” and 3/32” (As of Mid May 2005 a tool is provided with each surface) PLCC Extractor tool

Procedure It is not essentialindividual modu

that the Mosaic be completely powered off during a ROM upgrade, however, the le should be disconnected before removing the chip.

r four hex screws from the required module. 2. Carefully remove the module from the frame.

the existing ROM chip. Depending on the ise caution so

the pins are not bent.

connect the module COM cable. he frame, and screw it back in.

1. Remove the two o

3. Disconnect the COM cable from the RJ11 connector. 4. Use the PLCC extractor to carefully remove

extractor used, you may only be able to use one side of the tool – if so, exerc

5. Insert the new ROM chip by lining up the notch on the top-left of the chip and gently pressing it in.

6. Re7. Replace the module in t

Anti-static precautions should be taken when replacing firmware chips. In addition, care should be taken with the module components to ensure no

damage is done.

In addition to the module strips, the Power Supply Unit and Meter Bridge also contain a ROM chip.

damage and because this unit contains live mains, disconnect from mains before removing

to damage the screws when removi

The replacement procedure is the same, except for the panel removal.

The Power Supply Unit ROM is accessed by removing the top lid of the box. To prevent

the lid. The Meter Bridge ROM is accessed by removing the rear panel of the bridge. Take care not

ng this panel.

Picture

– PSU ROM

Picture – Meter Bridge ROM

Figure 21 - Meter Bridge inside Figure 20 - PSU inside



CoThe ins commonly used physical components, including faders and switches,

hich can be replaced by station technicians.

MoSpe No a spare f

mponent Replacement Mosaic spares kit conta

w

Fader Replacement The Mosaic uses a Penny & Giles digital fader:

del No PFG8110/D/U----/A c No D468111

audio is carried through the fader, just control signals. The fader can be easily replaced withrom the spares kit, or an electronics supplier.

Figure 22 - Faders from underside of module

3.

6. two hew screws.

odule in the fr

To replace a fader:

1. Remove the four hex screws from the required module. 2. Carefully remove the module from the frame.

Disconnect the fader from the main board. Remove4. the slider cap.

5. Remove the two hex screws that mount the fader to the module. Fit the replacement fader to the module using the

7. Replace the slider cap. 8. Reconnect the fader connector, ensuring the same polarity as the other fader on the module. 9. Replace the m ame, and screw it back in.



Module swap-out If you need to swap a module with an on-site spare, you can simply unscrew the module,

epair nts and Softkeys contain an LED which can

metimes be subject to movement by the button shell. In some cases, the LED may become

s or your reseller for advice before conducting is procedure. In many cases it may be easier to arrange replacement modules or boards rather

than attempt a field repair.

More Assistance If you would like more assistance with maintenance and service, please contact Logitek Electronic Systems or your reseller. You can also post questions and review other users’ experiences at the Logitek support forum. See www.logitekaudio.com

disconnect it, connect the replacement and screw it in. Modules are fully hot-swappable – they will refresh their status shortly after powering up.

Softkey Button LED RThe small Mosaic buttons used for bus assignmesodislodged from the PCB below. It is possible to conduct field repairs to re-solder the LEDs to the PCB. However, this requires removing the knob caps, screen connectors and boards. This procedure can be delicate and time consuming. Please contact Logitek Electronic Systemth

and follow the links to Tech Support Forum.


LogitekAppendix A Release Notes

Appendix A Release Notes

ew Features in Mosaic v2.0 nction can be reversed so ON button is at bottom.

o.

Config is now honored.

r 16 Character mode on Timer auto-reset. Meter Bridge Timer, Clock & Delay locations now configurable.

e now supports 2 x Timers with small & large mode.

ovements and bug fixes to seconds display on large Clock & Timer. Meter Bridge Delay display now clears after an Audio Engine reset (where delay is emptied).

Monitor Follow Mon status now sent to Supervisor as BUS15. Monitor Fader levels stabilized to prevent Supervisor logging continuous level changes. Monitor module fixes for 16 character mode. Narrow Softkey module now supports the number of flashes command. PSU COM Port to Device Number Map is now configurable. PSU COM Port Map and Bridge feature locations are now saved in non-volatile memory. PSU module bug fixes. PSU module increased capacity for device names and tick marks. Wide Softkey module now supports the number of flashes command. Wide Softkey Timer button controls are now sent to Supervisor.

The Mosaic v2.x firmware also includes many minor bug fixes and improvements to the way text is displayed on screens. As such, the 2.x update is highly recommended for any 1.x users.

What’s New N

Fader On/Off button fu Fader On/Off RGB lamp colors improved by turning off LEDs when color value is zer Fader On/Off lamps now support three flash rates – slow, medium & fast. Fader Bus Assignments can now be locked individually to prevent accidental change. Fader PGM Lock from AE Fader levels stabilized to prevent Supervisor logging continuous level changes. Fader IN buttons can now be assigned default routes. Fader Aux button lamps are now dim when channel is off, unless independent bus switching

is in use. Meter Bridge feature screen locations are now configurable. Meter Bridge fixes fo

Meter Bridg Meter Bridge now supports 6 x Horizontal LCD Meters for showing AUX / CUE bus level. Meter Bridge impr

Monitor Hotkey buttons can now be assigned default routes and do not require Triggers. Monitor LAST buttons can now be assigned default routes.



Upgrade Strategies Upgrading from MMosaic v2.x firmware

osaic v1.x to v2.x is designed to retain compatibility with existing v1.x systems. As such, no

g a straight firmware upgrade from v1.x to v2.x. Ple

mmable (see Appendix E for protocol ocation as

lamp. As such, any ASM or MOSAIC COLOR commands in CommandBuilder will ix E. For a new version of

tact Logitek Electronic

age 18 for a list of default

CuFollow Mod

critical issues are expected in doin

ase observe the following considerations, which may affect your upgrade:

All modules should be upgraded to v2.x – including PSU and Meter Bridge. The Meter Bridge screen locations are now progra

commands). The default in v2.x firmware is to show these screens in the same ltheir positions in v1.x firmware.

The RGB color command format for the Fader On/Off lamps has changed to add support for a flashing need to be changed. If updating ASM commands, see AppendCommandBuilder with the new B1 command format, please conSystems or your reseller.

The COM Port to Device Number map is now configurable. See pDevice Numbers.

rrent Versions ing are the currently released firmware versions of the Mosaic surface.

ule Date Version Notes MLX-400 (Fader) January 2005 2.11 Mosaic v2 Public Release MLX Public Release -407 (Wide Softkey) November 2005 2.1 Mosaic v2MLX-408 (Narr Softkey) November 2005 2.1 Mosaic v2 Public Release MLX-410 (PSU) January 2005 2.11 Mosaic v2 Public Release MLX-411 (Monitor) November 2005 2.1 Mosaic v2 Public Release MLX-412 (Bridge) November 2005 2.1 Mosaic v2 Public Release

Thi b

ute require SharcAttack DSP v3.60 (June 2005) or later. On prior versions, these functions will not work

TIP: Additional Mosaic AUX / CUE meters requires SharcAttack DSP v3.63 (November

2005) or later, and either AE-C6 v3.63 or AE-C2 v3.25 (November 2005) or later.

s ta le was last updated 13-Jan-2005.

TIP: Mosaic Monitor mute, Ext Cue gain, TB In gain and TB M

correctly, and the Ext Cue gain and TB In gain will affect monitor/headphones dim amounts instead of the intended function.



Version History The first public release of Mosaic v1.x firmware was in April 2005. In November 2005, v2.x

ersion Date Notes

firmware was released to add new features and fix minor issues in the previous versions. The following release notes detail the additions and fixes to each module in the Mosaic.

MLX-400 (Fader Module) V1.8 May 2005 v1.x Public Release 2.0

ckout switch using BUS38-46 (AUX1-8). When on, surface AUX is disabled

November 2005 v2.x Beta Release Added BUS37 mode switch for IN button (OFF = last input mode / ON = default input mode)Added AE command type 61 to set default route for IN button when in default input mode Added AUX bus loTimer Reset command is now also sent to Audio Engine using AE command type 64 Fader levels are stabilized when sitting on threshold between two levels Fader module honors the PGM Lock setting from AEConfig (preventing PGM/Route/IN button)

2.1

pport for flash rate of ON/OFF buttons – slow, medium or fast

e buttons will now automatically timeout after 30 seconds Aux buttons now dim when main button is off, unless independent aux switching is active

d issue with ON/OFF button color command lamps could flash unexpectedly

November 2005 v2.x Public Release Added reference marker to input meter Changed B1 intensity command so that RGB values are first 3 x 4 bits, with last 4 bits flash rateAdded suImproved display of colors so that RGB LEDs turn off when color value is zero (intensifies others) Added AE command to allow ON/OFF button function to be reversed (ON button at bottom) Chang

Fixe2.11 January 2005 Fixed bug where the right hand CNG button could cancel after 1 second instead of 60

MLX-407 (Wide Softkey Module) Version Date Notes 1.6 April 2005 v1.x Public Release 2.0 November 2005 le

or ecifie mand l s are n as AE commands

v2.x Beta Repp

ase Added su t for sp

nd number of flashes in B1 flash com

Timer contro butto ow also sent to Supervisor 2.1 November 2005 v2.x Public Release

MLX-408 (Narrow Softkey Module) Version Date Notes 1.4 rch Ma 2005 v1.x Public Release 2.0 November 2005 v2.x Beta Release

Added support for specified number of flashes in B1 flash command 2.1 Novem

orrectly turning on or flashing lamps ber 2005 v2.x Public Release

Fixed issue with Intensity B1 command inc



MLX-410 (Power Supply / Comms) Version Date Notes 1.6 / 1.6b

April 2005 v1.x Public Release

2.0 November 2005 v2.x Beta Release Increased number of supported source names to 700 Increased number of supported tick marks to 2000 Fixed issue with name lookup procedure

ntry code now sent to all modules s switch state now sent to all modules

w be changed from commands sent from Supervisor ap and meter bridge feature locations to non-volatile memory

CouIndependent buCOM port / device map can noAdded COM port m

2.1 November 2005 v2.x Public Release Added support for v2.1 command set for other modules Save Fader On/Off swap mode to non-volatile memory

2.11 January 2005 Fixed bug that could cause the surface to lockup when powered on or module connected Changes to default COM Port to Device Address Map (see table on page 18

X-41 odVersion Date

ML 1 (Monitor M ule) Notes

1.3 March 2005 v1.x Public Release 2.0 November 2005

en in default input mode

v2.x Beta Release Added BUS37 switch for LAST button (OFF = last input mode / ON = default input mode) Added AE command type 61 to set default route for IN button whAdded BUS15 switch/status for Follow Monitor mode on Headphones & Guest/Studio Fader levels are stabilized when sitting on threshold between two levels Fixed issues with Follow Monitor routing and status in 16 character mode

2.1 November 2005 v2.x Public Release

MLX-412 (Meter Bridge) Version Date Notes 1.5 April 2005 v1.x Public Release 2.0 November 2005

4 commands cond timer

Added support for small timer mode (no seconds oval) Locations for Timer, Clock, Meters and Delay time now settable with AE commands

six horizontal meters on chan35-40 s and timers

s oval when changing from down to up mode ource name are now shown in timer when in auto mode

v2.x Beta Release Added support for timer to be controlled from Supervisor with AE type 6Added support for se

Added support for Improved seconds oval on clockFixed bug in secondAll 16 characters of s

2.1 November 2005 v2.x Public Release Restored default position of clock to screen 1 of Wide Meter Bridge Fixed problem where delay time display does not always update correctly Delay display is now erased after an Engine is reset (causing delay to be emptied) Fixed issue with timer running slow Fixes issue with components not erasing prior locations when moved to new location



Known Issues follo es have nd are under investigation.

Mosaic v1.x Module Issue Descr Resolution / Workaround

The wing issu been reported a

iption MLX-400 (Fader) When the IN command is sent

from the sur effects on o

Upgrade to MLX-400 v1.8 or later button is pressed, a phantom Bus On face after the route is made. This may have undesirablether functionality.

MLX-410 (PSU) GPI Output v1.6b or later #7 sticks on after a pulse (A2) command is sent. Upgrade to MLX-410MLX-411 ( hara or module does not update the 2nd

line of the D w Mon mode.

Upgrade to MLX-411 v2.0 or later Monitor) In 16 C cter mode, the Monitevice Name for the Headphones or Studio/Guest in Follo

MLX-411 ( 6 Charafor the Hea

r later Monitor) In 1 cter mode, the Monitor module does not perform the route Upgrade to MLX-411 v2.0 odphones or Studio/Guest in Follow Mon mode.

LX-412 (Bridge) In 16 Character mode, the Meter Bridge does not show the 2nd line of Upgrade to MLX-412 v2.0 or later Mthe Device Name on the Timer when auto-reset is used.

MLX-412 (Bridge) LCD meter display right channel middle segment does not overhang Firmware update in development

This tabl ted in 5. There will be no further updates to Mosaic v1.x.

Mosaic v2.x Module Issue Descr d

e was upda November 200

iption Resolution / WorkarounMLX-400 (Fader) Sending a M

tton) ll cause it to flash when it should MLX-400 v2.1 or later OSAIC COLOR B1 command to the top button (default Upgrade to

ON bube steady. This

when it is illuminated wiaffects MLX-400 v2.1 Beta versions only.

MLX-408 (NarrSoft) Intensity B1 command causes lamps to turn on or flash in MLX-407 Upgrade to MLX-408 v2.1 or later v2.0

MLX-412 (Bridge) Mosaic clock display defaults to screen 2 instead of 1 in MLX-412 v2.0 Upgrade to MLX-412 v2.1 or later MLX-412 ( Delay displa LX-412 v2.0 Upgrade to MLX-412 v2.1 or later Bridge) y freezes during count up in MMLX-412 ( som X-412 v1.x / 2.0 Upgrade to MLX-412 v2.1 or later Bridge) Timers etimes run slow in MLMLX-412 ( reenBridge) LCD sc s do not always boot up correctly Resolution in progress MLX-412 (Bridge) LCD meter

when using ion)elopment display right channel middle segment does not overhang Firmware update in dev

default meter setting (OK when setting exact meter locatMLX-412 (Bridge) After issuing velopment clear NV-RAM command, clock will not run until reset Firmware update in de

This table was updated in January 2005.


LogitekAppendix B Specifications

Appendix B Specifications

slot frame) ions 14 (365 mm x 467 mm)

MLX-F17 (17 sl24

MLX-F24 (24 slot frame) 4

slimensions 45.2” W x 18.4” D (1148 mm x 467 mm)

odules Module

2 sNo of faders 2

RGB-illuminated on/off and control start/stop buttons P D put selection a L ow access to the input r mode c gns, d

C 16-c Available in standard (International) or U.K. configurations

Monitor Module Width 2 slots Features The Monitor Module provides the following features:

Contains controls for main monitor, cue speaker, operator headphone, guest headphone and talkback level

Monitor and Operator Headphones have 5 input select hotkey buttons Guest has 2 input select hotkey buttons Guest and Operator Headphones can be set to follow the monitor source selection All three sections have direct access to the input router The full color LCD screen displays the 8 or 16-character source names Available in standard (International) or U.K. configurations

Mosaic Frames MLX-F10 (10 Dimens .4” W x 18.4” D

ot frame) Dimensions .2” W x 18.4” D (616 mm x 467 mm)

Dimensions 3 .0” W x 18.4” D (864 mm x 467 mm)

MLX-F32 (32 ot frame) D

Mosaic MFader Width lots

Features The Fader Module provides the following features:

enny & Giles® conductive plastic faders edicated controls for six bus assigns, default in nd talkback insertion CD screen and two rotary controls all outer control, inputontrol, input trim level, pan/balance control, aux bus assiynamics processor

4-band equalizer and

olor LCD screen also displays input meters and the 8 or haracter source name


LogitekAppendix B Specifications

Narrow Softkey Module Width 1 slot Features The Narrow

12 program Softkey Module provides the following features:

mable buttons with red illumination ble buttons with yellow illumination

s one of 16 brightness levels

eatures The Wide Softkey Module provides the following features: able buttons with red backlighting

acklighting s

ble button can be set to one of 16 brightness levels s

cord router information as well as user text

Meter Bridges

” W x 3.8” H x 2.6” D (330 mm x 97 mm x 66 mm) ter Bridge provides the following features:

-LED stereo bar graph meter, tri-color LEDs simultaneously showing peak and VU levels rogrammable text

d to display auxiliary bus meters, , user text or user graphics

Wide Meter Dimensions 2Features

able text Six full color backlit LCD screens can be user programmed to display auxiliary bus meters,

k, up/down timer, talk delay operation, user text or user graphics

Dimensions Voltage Frequency Consumption Connections gine Interfaces

6 programma Solid illumination or three different flash speed Each programmable button can be set to

Wide Softkey Module Width 2 slots F

12 programm 21 programmable buttons with yellow b Solid illumination or three different flash speed Each programma Timer control Two full color LCD screens that display re

Narrow Meter Bridge Dimensions 13Features The Narrow Me

40 16 character LED display shows meter source or p Two full color backlit LCD screens can be user programmeclock, up/down timer, talk delay operation

Bridge 3.7” W x 3.8” H x 2.6” D (602 mm x 97 mm x 66 mm) e Wide Meter BridgeTh provides the following features:

sly showing peak and VU levels 40-LED stereo bar graph meter, tri-color LEDs simultaneou 16 character LED display shows meter source or programm

cloc

Mosaic Power Supply 19” W x 3.5” H x 7” D (483 mm x 89 mm x 178 mm) 110 - 230 VAC, automatically selected 50/60 Hz 65 W

d outputs, 1 RJ45 for Audio En2 ports for connection to surface, 2 ports for GPI inputs anIncludes 25 switch closure inputs and 25 relay outputs


LogitekAppendix C Pinouts

Appendix C Pinouts dio

Connection to ted on the rear of the Power Supply Unit. When c ling can be used.

in Connection

To Au Engine the Audio Engine is via a RJ45 connector mounonnecting to an AE-C6 Controller Card, straight through CAT5 cab

P1 Cue - 2 Cue + 3 RS485 RX- 4 RS4 85 TX-5 RS485 TX+ 6 RS485 RX+ 7 No connect 8 Ground

GPIs cables. We recommend terminating GPIs to Krone

tion blocks.GPI connections are on 25-pair Centronics Telco style (or similar) termina

GPI Inputs GPI Outputs ion Pin Connection Pin Connection Pin Connection Pin Connect

1 GPI I 26 Ground n 1 2 GPI In

1 GPI Out 1 26 GPI Out 1 2 27 Ground

3 GPI In 3 2 GPI Out 2 27 GPI Out 2

28 Ground 4 GPI In 4

3 GPI Out 3 28 GPI Out 3 29 Ground

5 GPI In 5 4 GPI Out 4 29 GPI Out 4

30 Ground 6 GPI In 6

5 GPI Out 5 30 GPI Out 5 6 GPI Out 6 31 GPI31 Ground

7 Out 6

7 GPI Out 7 32 GPI Out 7 8 GPI Out 8 33 GPI Out 8 9 GPI Out 9 34 GPI Out 9

GPI In 7 32 Ground 8 GPI In 8 33 Ground 9 GPI In 9 34 Ground 10 GPI In 10 35 Ground 10 GPI Out 10 35 GPI Out 10 11 GPI In 36 Ground 11 11 GPI Out 11 36 GPI Out 11 12 GPI In 12 37 Ground 13 GPI In 13

12 GPI Out 12 37 GPI Out 12 13 GPI Out 13 38 GPI Out 13 38 Ground

14 GPI In 14 39 Ground 15 GPI In 15

14 GPI Out 14 39 GPI Out 14 40 Ground

16 GPI In 16 15 GPI Out 15 40 GPI Out 15 16 GPI Out 16 41 GPI Out 16 17 GPI Out 17 42 GPI Out 17 18 GPI Out 18 43 GPI Out 18 19 GPI Out 19 44 GPI Out 19

41 Ground 17 GPI In 17 42 Ground 18 GPI In 18 43 Ground 19 GPI In 19 44 Ground 20 GPI In 20 45 Ground 21 GPI In 21 46 Ground

20 GPI Out 20 45 GPI Out 20 21 GPI Ou t 21 46 GPI Out 21 22 GPI Out 22 47 GPI Out 22 23 GPI Out 23 48 GPI Out 23 24 GPI Out 24 49 GPI Out 24

22 GPI 47 Ground In 22 23 GPI In 23 48 Ground 24 GPI In 24 49 Ground 25 GPI In 25 50 Ground 25 GPI Out 25 50 GPI Out 25


LogitekAppendix C Pinouts

To Surface Connection from Mosaic PSneed to make your own cab

U to Surface is via one or two 25-pair cables. Generally, there is no les. However, the pinouts are shown for reference.

in Connection Pin Connection

Surface A P1 TX 1 26 +24V 2 RX 1 27 Ground 3 TX 2 28 +24V 4 RX 2 29 Ground 5 TX 3 30 +24V 6 RX 3 31 Ground 7 TX 4 32 +24V 8 RX 4 33 Ground 9 TX 5 34 +24V 10 RX 5 35 Ground 11 TX 6 36 +24V 12 RX 6 37 Ground 13 TX 7 38 +24V 14 RX 7 39 Ground 15 TX 8 40 +24V 16 RX 8 41 Ground 17 TX 9 42 +24V 18 RX 9 43 Ground 19 TX 10 44 +24V 20 RX 10 45 Ground 21 TX 11 46 +24V 22 RX 11 47 Ground 23 TX 12 48 +24V 24 RX 12 49 Ground 25 - + Cue Spkr 50 Cue Spkr

Surface B Pin Connection Pin Connection 1 TX 13 26 +24V 2 RX 13 27 Ground 3 TX 14 28 +24V 4 RX 14 29 Ground 5 TX 15 30 +24V 6 RX 15 31 Ground 7 TX 16 32 +24V 8 RX 16 33 Ground 9 TX 17 34 +24V 10 RX 17 35 Ground 11 TX 18 36 +24V 12 RX 18 37 Ground 13 TX 19 38 +24V 14 RX 19 39 Ground 15 TX 20 40 +24V 16 RX 20 41 Ground 17 TX 21 42 +24V 18 RX 21 43 Ground 19 TX 22 44 +24V 20 RX 22 45 Ground 21 TX 23 46 +24V 22 RX 23 47 Ground 23 No connect 48 No connect24 No connect 49 No connect25 No connect 50 No connect


LogitekAppendix D Spares Kit

Appendix D Spares Kit

onsole.

ts e Mosaic spares kit contains the following:

Cue ga ot nitor module Large s ey le switch Fader O O h Small f r & y module switch Mecha l r with detents Penny ile r

A spares kit is available from Logitek Electronic Systems. This kit contains mechanical parts that may need to be replaced in the life of a c

ContenTh

1 x in p for mo 1 x oftk modu 1 x n/ ff switc 2 x ade softke 1 x nica encode 1 x & G s fade


LogitekAppendix E Additional Protocol Commands

Appendix E Additional Protocol Commands Mosaic surface. These

ommands add additional support for functions such as meter bridge feature locations, timer

t of Logitek Protocol commands (such as channel on; channel off; input route;

Protocol Reference.)

This section documents Logitek Protocol commands specific to the ccontrols and advanced feature sets.

The standard sefader level; etc, is documented in the Logitek

The commands and busses in this section have been added for Mosaic v2.x and are not supported in v1.x versions.

MThe B he standard busses available in the Logitek system.

Fader Devices BUS16 Channel Off (bottom) button lamp address BUS17 Channel On (top) button lamp address These two Busses are used to address Mosaic Color or Flash commands to the fader ON and OFF buttons. The lamp state is not addressed by these; instead it is tied to the channel’s BUS0 state. If the function of the OFF and ON buttons has been swapped, the above commands will still address the bottom or top button lamp respectively (the lamps are still addressed with the position bus number, irrespective of function). BUS37 Select mode for “IN” button – OFF = last input / ON = default input BUS38 PGM bus lock (ON = locked) BUS39 AUX1 bus lock (ON = locked) BUS40 AUX2 bus lock (ON = locked) BUS41 AUX3 bus lock (ON = locked) BUS42 AUX4 bus lock (ON = locked) BUS43 AUX5 bus lock (ON = locked) BUS44 AUX6 bus lock (ON = locked) BUS45 AUX7 bus lock (ON = locked) BUS46 AUX8 bus lock (ON = locked) The above busses are used to set a lock on the PGM or AUX buttons on the Mosaic. If the bus is on, the respective PGM or AUX assignment button for that channel will not operate in the studio. These Busses could be set inside a Trigger to prevent an operator from changing assignments on certain faders. This is useful when network/clean feed mixes must be made, and you do not wish the console operator to override or accidentally change an assignment.

osaic Busses se us settings supplement t



Monitor Devices BUS15 Follow Monitor mode on/off (applies to Headphones In and Studio In) BUS16 Monitor Hotkey 1 BUS17 Monitor Hotkey 2 BUS18 Monitor Hotkey 3 (not available on Studio In)

US19 Monitor Hotkey 4 (not available on Studio In)

default input

BUS15 ow Monitor routes are not made when the user has specifically select Follow Monitor mode.

o query or set the Monitor Hotkeys. This is useful inside Triggers when thers in the

roup will be automatically turned off by the Mosaic and this will be reflected in Supervisor.

P: ct assignment of the Monitor Hotkey routes, change routes or update lamps. This

arrangement is simpler and removes complex logic previously required in Triggers.

US37 is used to query or set the mode of the LAST button on the Mosaic monitor module (for

BBUS20 Monitor Hotkey 5 (not available on Studio In) BUS37 Select mode for “LAST” button – OFF = last input / ON =

can be used to query or set whether the Headphones or Studio (Guest) are in Folle. This is useful inside Triggers to ensure mod

BUS16-20 can be used tupdating the Hotkey lamps based on other routes. When one bus is turned on, the og

TI Mosaic v2.x firmware supports the direwithout the need to use Triggers to

These commands are detailed on the following pages. Beach of the Monitor In, Headphones In and Studio In devices).



Mosaic Feature Commands The foll Feature Commanowing ds use the AE (Set Effects) command to change the function of

Mosaic

mmandBuilder in early 2006.

der’s ASM

tes to follow must be correct. Where a default

Lamp Flash Used to flash a

certain features. These commands are planned for keyword support in Co

TIP: The following commands can be sent to the Mosaic using CommandBuilcommand. See the CommandBuilder Reference Manual for more information.

To build a command, lookup each byte in order (sequence #) adjusting the values where pplicable. To be a valid command, the number of bya

value is shown, this is for reference only and these byte values must still be set. <00> denotes a byte in hex. All decimal values must be converted to hex.

lamp in Mosaic buttons. (v1.x and later)Seq Byte Description Notes 1 <02> Start byte

<06> Bytes to 2 follow 3 <B1> Command = Flag 4 <d#> Device Number Device Number of Lamp section of module 5 <b#> Bus Number Bus Number of Lamp (hex) 6 <06> Type = Set Flash 7 <dt> Data = Flash Rate <02> = Slow <03> = Medium <05> = Fast (do not use other values) 8 <dt> Data = Flash Times <00> to <FF> Number of times to flash (hex) <00> = continuous

The follow example will set a fast flash 255 times on a Narrow Softkey module on CHAN15: 02 06 B1 19 30 06 05 FF

TIP: Flash Times is supported only in Mosaic v2.x firmware.



Lamp Intensity Used to set the intensity of Mosaic button lamps, without affecting lamp on/off state. (v1.x and later)Seq Byte Description Notes 1 <02> Start byte 2 <06> Bytes to follow 3 <B1> Command = Flag 4 <d#> Device Number Device Number of Lamp section of module 5 <b#> Bus Number Bus Number of Lamp (hex) 6 <07> Type = Set Color/Bright 7 <dt> Data = Not Used <00> for this command 8 <dt> Data = Intensity <00> to <0F>

The follow example will set maximum intensity on a Narrow Softkey module on CHAN15:

02 06 B1 19 30 07 00 0F

Lamp Color

e color of the lamps in Mosaic Fader On and Off buttons. (structure changed in v2.1)Used to set thSeq Byte Description Notes 1 Start byte <02>2 <06> Bytes to follow 3 <B1> Command = Flag 4 <d#> Device Number Device Number of Lamp section of module 5 <b#> Bus Number Bus Number of Lamp (hex) <10> = Lower Button <11> = Upper Button 6 <07> Type = Set Color/Bright 7 <dt> Data = Red / Green hex) 2nd 4 bits = GREEN value (0 to F hex) 1st 4 bits = RED value (0 to F 8 <dt> Data = Blue / Flash Rate E v AS1st 4 bits = BLU alue (0 to F hex) 2nd 4 bits = FL H rate (see below)

Flash Rate Notes 0 = Default Restores default lamp function (ie lamp is illuminated if that is the current fader state) 2 = Slow On/off cycle = 1 second 3 = Medium On/off cycle = 0.5 second 5 = Fast second On/off cycle = 0.25

The fo exa ast flash: 02 06 B1 OB 10 07 FF F3

TIP: This command format has changed from v1.x firmware, to support the FLASH rate. The new format has 4 bits for RGB colors (0 to F) followed by the flash rate.

TIP: The Mosaic Color command is addressed to the lower or upper button, irrespective

of if the ON / OFF functions have been reversed.

TIP: This command allows the lamp that is not illuminated to flash. This is useful for

EOM indicators. On reset to no flash, the lamp returns to its correct state.

llow mple will set the Fader 1 Off button to maximum RGB values and f



Set Default Route Used to set the default route for the IN / LAST buttons and Monitor Hotkeys. (v2.0 and later)Seq Byte Description Notes 1 <02> Start byte 2 <06> Bytes to follow 3 <AE> Command = Set Effect 4 <d#> Device Number Device Number in hex (eg Fader number, Monitor In, Studio In, Headphones In) 5 <3E> Type = Default Route 6 <b#> Bus Number <01> = LAST / IN button <10> to <14> = Monitor Hotkeys (16-20 decimal) 7 <sh> Source High Source Device high byte 8 <sl> Source Low Source Device low byte

The follow example will set the default route for the IN button on Port 1 Fader 1 (Device OBource Device :

) to 0100

BUS37 must be turned ON for this device to enable the IN button to function as the .

e f x t the de ault route for the Monitor Hotkey 1 button on Port 1 (Device ) to e

E

n the Device Table of Supervisor’s Engine State Vector page.

S

02 06 AE 0B 3E 01 01 00

TIP: default route selector. If BUS37 is OFF, the IN button will operate in “swap” mode

Th ollow e ample will se f24 Sourc Device 0100: 02 06 AE 24 3 10 01 00

TIP: Source Device numbers can be found in AECo fig’s Input Settings page, or



Timer Control Used to control the Mosaic timer displays. (v2.0 and later) Seq Byte Description Notes 1 <02> Start byte 2 <06>

<15> Bytes to follow Bytes to follow

<06> bytes for Timer Command 15> bytes for Timer Reset (includes ASCII text label) <

3 <AE> Command = Set Effect 4 <d#> Device Number Device Number of Meter Bridge in hex (2C = Port 1 / 54 = Port 2 / 68 or 6A = Port 3)5 <40> Type = Timer Control 6 <t#> Timer Number = Timer 2 <01> = Timer 1 <02>7 <cm> Command Byte See table below

<dt> 8 Data Byte / ASCII Byte 1 See table below 9-23 <dt> ASCII Data Bytes 2-16 For Command <03> and <04>, bytes 8-23 are the 16 character device name prin

inside the timer as 2 x8 character strings. For other Commands, these bytes are omitted ted.

Command Byte Data Byte <0 <00> = Stop <1> = Run 01> = Run <0 et <00> = Off <2> = Auto Res 01> = On <03> = Fader Reset 16 character source name (only works in Auto Mode) <04 al R> = Manu eset 16 character source name (working in Auto & Manual modes) <05> = Direction <00> = Up <01> = Down <06> = Keypad Digit 0 to 9 for each keypad digit – 1 command per digit press

The follow example will set Timer #1 into run mode: 02 06 AE 2C 40 01 01 01

Sur nfUsed to contr NV-RAM. (v2.0 and later)

face Co iguration – Meter Control ol the Mosaic LED and LCD meter displays. Store in Mosaic

Seq Byte Description Notes 1 <02> Start byte 2 <0A> Bytes to follow 3 <AE> Command = Set Effect 4 <d#> Device Number Device Number of Meter Bridge in hex (2C = Port 1 / 54 = Port 2 / 68 or 6A = Port 3)5 <41> Type = Surface Config 6 <cm> Command = Meter No. <01> = PGM <02> = Monitor <03> = CUE/PFL <04> = AUX1

<05> = AUX2 <05> = AUX3 <06> = AUX4 <07> = AUX4 <08> = AUX5 (note, PGM LED meter cannot be changed in v2.1)

7 <dt> Data Byte = Mode <00> = Off <01> = On 8 <dt> Data Byte = Type <00> = LED <01> = LCD 9 <dt> Data Byte = X Pos <00> to <FF> = Distance from left edge of screen, in pixels (default = 0A) 10 <dt> Data Byte = Y Pos <00> to <FF> = Distance from top edge of screen, in pixels (default = 14) 11 <dt> Data Byte = LCD # <01> to <06> = LCD screen number, from left to right (default = 04) 12 <dt> Data Byte = Offset <00> to <FF> = Lower bar offset from top bar (in pixels)

The follow example sets the location of the Monitor meter (Meter #2) to its default location and spacing on LCD screen #4: 02 0A AE 2C 41 02 01 01 0A 14 04 16



Surface Configuration – Clock Control -of-day clock. (v2.0 and later) Used to control the position and settings of the Mosaic time

Seq Byte Description Notes 1 <02> Start byte 2 <09> Bytes to follow 3 t Effect <AE> Command = Se 4 <d#> Device Number Device Number of Meter Bridge in hex (2C = Port 1 / 54 = Port 2 / 68 or 6A = Port 3)5 <41> Type = Surface Config 6 <0B> Command = Set Clock 7 <dt> Data Byte = Mode (default = 01) <00> = Off <01> = On 8 <dt> Data Byte = Type <01> = Small (default = 00) <00> = Big 9 <dt> Data Byte = X Pos <00> to <FF> = Left edge of first digit, in pixels (default = 21h / 33d) 10 <dt> Data Byte = Y Pos <00> to <FF> = Bottom edge of first digit, in pixels (default = 50h / 80d) 11 <dt> Data Byte = LCD # <01> to <06> = LCD screen number, from left to right (default = 01)

The following example will put th clock in its default position on LCD screen #1:

09 AE 2C 41

he Mosaic clock s ddr N33 LINE15, and then positioned

umix and Remora surfaces.

sed to control the position and settings of the Mosaic timers. (v2.0 and later)

e Mosaic 02 0B 01 00 21 50 01

TIP: T hould be a essed to CHAusing the command above. If the clock data is sent to another line, the clock will display as a standard text clock as per N

Surface Configuration – Timer Control USeq Byte Description Notes 1 Start byte <02> 2 <09> Bytes to follow 3 <AE> Set Effect Command = 4 <d#> Device Number evice Number of Meter Bridge in hex (2C = Port 1 / 54 = Port 2 / 68 or 6A = Port 3)D5 <41> Type = Surface Config 6 <cm> Command = Timer No. <15> = Timer 1 Control <16> = Timer 2 Control 7 <dt> Data Byte = Mode <00> = Off <01> = On (default = 01) 8 <dt> Data Byte = Type <00> = Big <01> = Small (default = 00) 9 <dt> Data Byte = X Pos <00> to <FF> Left edge of first digit, in pixels (default = 21h / 3 = 3d) 10 <dt> Data Byte = Y Pos ir 0d) <00> to <FF> = Bottom edge of f st digit, in pixels (default = 50h / 811 Data Byte = LCD # = ult = 05) <dt> <01> to <06> LCD screen number, from left to right (defa

The f g nable n L 5.

41

ollowin example will e Timer #1 big mode inin its default position o CD screen # 02 09 AE 2C 15 01 00 21 50 05



Surface Configuration – Delay Control Used to control the position and settings of the Mosaic talk delay display. (v2.0 and later) Seq Byte Description Notes 1 <02> Start byte 2 <09> Bytes to follow 3 <AE> Command = Set Effect 4 <d#> Device Number Device Number of Meter Bridge in hex (2C = Port 1 / 54 = Port 2 / 68 or 6A = Port 3)5 <41> Type = Surface Config 6 <1F> Command = Set Delay 7 <dt> Data Byte = Mode <00> = Off <01> = On (default = 01) 8 <dt> Data Byte = Type <00> = Defa ype ult T9 <dt> Data Byte = X Pos <00> to <FF> = Left edge of first digit, in pixels (default = 10h / 16d) 10 <dt> Data Byte = Y Pos <00> to <FF> = Bottom edge of first digit, in pixels (default = 18h / 24d) 11 <dt> Data Byte = LCD # <01> to <06> = LCD screen number, from left to right (default = 06)

The following example will enable delay display in its default position on LCD screen #6: 02 09 AE 2C 41 1F 01 00 10 18 06

TIP: The delay time display will only turn on when the Audio Engine sends delay statuinformation from the SharcAttack card. When delay is off, or no data is received, this display will not show.

s

trol

Surface Configuration – COM Port ConUsed to set the map of COM ports to device numbers. (v2.0 and later) Seq Byte Description Notes 1 <02> Start byte 2 <06> Bytes to follow 3 <AE> Command = Set Effect 4 <d#> Device Number Lowest numbered device assigned to COM Port 5 <41> Type = Surface Config 6 <AA> Command = Set COM 7 <dt> Data Byte = COM Port > = COM Port Number in hex (1-23 decimal) <01> to <178 <dt> Data Byte = Devices > = ice -9 decimal) <00> to <09 Number of Dev s on this port (1

This i w ry

TIP: After issuing a COM Port mapping change, it is recommended you do a power cycle reset on the Mosaic surface.

TIP: The Mosaic v2.x currently only supports one module using a device number set.

You cannot mirror the same device across multiple modules/ports.

s used here it is necessa to remap the default COM Port to device allocations. The following example will set Com Port 1 to use two Device Numbers, starting at 0B: 02 06 AE 0B 41 AA 01 02



Surface Configuration – Set Global Features Used to set Global features, such as On/Off Aussie button swap. (v2.1 and later) Seq Byte Description Notes 1 <02> Start byte 2 <06> Bytes to follow 3 <AE> Command = Set Effect 4 <d#> Device Number Any device number on surface (suggest using Fader 1) 5 <41> Type = Surface Config 6 <29> Command = Set Global 7 <dt> Data Byte = Feature Mo<00> = Set On/Off Swap (Aussie de) 8 <dt> Data Byte = Setting tandard <01> = Alternate Standard <00> = International S

The f g t the de:

TIP: t is recommended. This mode is d to be sent on surface reset. After

TIP: X-400 Fader firmware v2.1 or later.

r)

ollowin example will se Mosaic Fader On/Off buttons into Aussie Down-Under mo 02 06 AE 0B 41 29 00 01

After issuing this command, a power-cycle resestored in non-volatile memory, so does not neethe command is sent, the function changes when the buttons are next used, or on startup.

This command requires ML

Surface Configuration – Reset to Defaults Used t th unctions t r default locations. (v2.0 and lateto se e Mosaic f o theiSeq Byte Description Notes 1 <02> Start byte 2 <05> Bytes to follow 3 <AE> Command = Set Effect 4 <d#> Device Number Any device number on surface (suggest using Fader 1) 5 <41> Type = Surface Config 6 <55> Command Byte <55> = Defaults 7 <01> Data Byte = Set Defaults <01> = Set Defaults

The following example will set the Mosaic features to default locations and clear feature locations

om non-volatile memory:

02 05 AE 2C 41 55 01

TIP: er-cycle reset is required. This command should ce

fr

After issuing this command, a pownot be left in Init Triggers or Surface Reset Triggers. It is designed to be used ononly when a NV-RAM clear is required.


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